HOME
About Journal
Historical evolution
Journal Honors
Editorial Board
Members of Committee
Director of the Committee
President and Editor in chief
Submission Guide
Instructions for Authors
Manuscript Processing Flow
Model Text
Procedures for Submission
Academic Influence
Open Access
Ethics&Policies
Publication Ethics Statement
Peer Review Process
Academic Misconduct Identification and Treatment
Advertising and Marketing
Correction and Retraction
Conflict of Interest
Authorship & Copyright
Contact Us
Chinese
Site search
Article Number
On-site news
English title
Author's English Name
Author's Chinese Name
Chinese name of the company
English name of the compan
Chinese keywords
English keywords
Chinese Abstract
English Abstract
Fund projects
Article Number
Chinese Title
English title
Author's English Name
Author's Chinese Name
Chinese name of the company
English name of the compan
Chinese keywords
English keywords
Chinese Abstract
English Abstract
Fund projects
文章摘要
基于改进超图的变电站自动化系统关键要素辨识
Key Elements Identification of CPS Based on Improved Hyper-graph
Received:July 31, 2019
Revised:July 31, 2019
DOI：
10.19753/j.issn1001-1390.2021.07.016
中文关键词
:
泛在电力物联网
电力信息物理系统
变电站自动化系统
改进超图
关键要素辨识
英文关键词
:
基金项目
:
国家自然科学基金项目（ 71601147）；广东电网有限责任公司科技项目( GDKJXM2018011)
Author Name
Affiliation
E-mail
Ouyang Zongshuai
School of Electrical Engineering and Automation
,
Wuhan University
oyzs151@outlook.com
Li Jingjiao
*
College of Electrical Engineering
,
Nantong University
58291744@qq.com
Wu Wei
School of Electrical Engineering and Automation
,
Wuhan University
1179900497@qq.com
Song Jiahan
School of Electrical Engineering and Automation
,
Wuhan University
417036193@qq.com
Chen Yi
School of Electrical Engineering and Automation
,
Wuhan University
452891142@qq.com
Fan Youpin
School of Electrical Engineering and Automation
,
Wuhan University
1501796449@qq.com
Hits
:
1454
Download times
:
471
中文摘要
:
泛在电力物联网是我国电网发展的最新方向，从特征来看，其作为信息流与电力流高度耦合的复杂系统——信息物理系统( cyber physical system，CPS) ，从关键节点辨识的角度开展安全防范研究至关重要。以变电站自动化系统(substation automation system, SAS)为研究对象，提出了一种基于改进超图的SAS关键要素辨识方法。分析选取了SAS逻辑拓扑图中适用于逻辑结构分析的两类中心性指标，将其扩展定义到超图中并对比分析各节点的排序差异。从逻辑节点失效和电力系统负荷损失两个角度定义了SAS工作有效性指标和电力CP效能损失指标，从而评价某一逻辑节点工作异常的影响。并应用IEEE 14节点系统进行了算例分析。该方法可获得SAS中物理域和逻辑域交集上的关键逻辑节点排序，辨识出与电力 CPS的静态网络安全相关的重要逻辑节点。
英文摘要
:
View Full Text
View/Add Comment
Download reader
Close
Home
About Journal
Historical evolution
Journal Honors
Editorial Board
Members of Committee
Director of the Committee
President and Editor in chief
Submission Guide
Instructions for Authors
Manuscript Processing Flow
Model Text
Procedures for Submission
Academic Influence
Open Access
Ethics&Policies
Publication Ethics Statement
Peer Review Process
Academic Misconduct Identification and Treatment
Advertising and Marketing
Correction and Retraction
Conflict of Interest
Authorship & Copyright
Contact Us
中文页面